Report Abuse. 1  Mummified Alive. 2  the mummification is reserved to pharaoh. 3  Yep: Hollywood lied to you...AGAIN!  what mummy horror film it's not a horror film its more adventure and the guy in there wasn't mummified just buried alive with his tongue cut 1  out. Don't take horror films too seriously.
In a healthy person with a ânormalâ systolic pressure of 120 mmHg, vigorous aerobic fitness training can increase systolic pressure to 180 mmHg and take 10-20 minutes to return to resting levels. With most types of training there is minimal change in diastolic blood pressure. Blood pressure changes with incremental exercise are shown on the following diagram. The higher the intensity of exercise, the greater the rise in heart rate will be, and consequently the larger the increase in systolic blood pressure. This is an important factor when considering the best type of training for beginners or those with cardiovascular risk factors.
A: One of the mysteries of blood pressure is that it can rise or fall without any obvious changes in your life. As you grow older, the systolic pressure (the top number) in particular tends to increase. We used to believe that only the diastolic pressure (the bottom number) was important to control. But we now know that both numbers are important. Today, we recommend that most people over age 50 focus on the systolic reading as a guide to controlling blood pressure. A variety of conditions can cause sudden changes in blood pressure. Some of the most common include chronic kidney disease, an overactive or underactive thyroid gland, and overactive adrenal glands. Talk with your doctor about these so-called secondary causes of hypertension to see if you should have additional tests. She will probably want to do some simple blood tests to check for them. No matter what the cause, your systolic blood pressure is too high. It should be under 140, and I like to see it at 130 or below. Although most drugs affect both the systolic and diastolic pressure, some do have different effects on systolic and diastolic pressures.